Microtech Where Is the response for na's and MT?
#5
Rotary Enthusiast
Join Date: Aug 2001
Location: Tallahassee, FL
Posts: 1,402
Likes: 0
Received 0 Likes
on
0 Posts
https://www.rx7club.com/forum/showth...hreadid=190602
For all who are interested.
Brandon
BR7 Racing
For all who are interested.
Brandon
BR7 Racing
#6
What Subscription?
Join Date: Apr 2001
Location: Aiken SC USA
Posts: 5,926
Likes: 0
Received 0 Likes
on
0 Posts
I'm interested. I am sending my MT-8 back to Dale for the LT upgrade.
Question: Can the boost sensor (1 bar & 2 Bar) be seperate components (ALA 3 BAr) to give me the ability to switch my Lt-8 ECU between my NA and my TII?
Question: Can the boost sensor (1 bar & 2 Bar) be seperate components (ALA 3 BAr) to give me the ability to switch my Lt-8 ECU between my NA and my TII?
#7
I F****D a mermaiiiid
Join Date: Dec 2001
Location: Jacksonville, FL
Posts: 208
Likes: 0
Received 0 Likes
on
0 Posts
Originally posted by banzaitoyota
Question: Can the boost sensor (1 bar & 2 Bar) be seperate components (ALA 3 BAr) to give me the ability to switch my Lt-8 ECU between my NA and my TII?
Question: Can the boost sensor (1 bar & 2 Bar) be seperate components (ALA 3 BAr) to give me the ability to switch my Lt-8 ECU between my NA and my TII?
nope. the computer is fitted with a factory internal 2 bar map sensor or the External 3 Bar option. If you are running a 3bar map on your car and want to swap the computer over to your na all you need to do is get another 3bar map sensor for the NA. Yes it is overkill but the system can only be configured to run one type of sensor at a time. The sensor works by manipulating a +5Volt refference signal to the ECU. Each MAP sensor interprets the same manifold pressure differently and supplies a different voltage. The computer you have configured to read a 3bar would interpret the signal from a 1 or 2 bar sensor differently causing the computer to access the wrong load points.
Ray
BR7 Racing
Thread
Thread Starter
Forum
Replies
Last Post
Turblown
Vendor Classifieds
12
10-17-20 03:25 PM